Automotive engineer with 2.7 years of experience in AUTOSAR-based embedded development. Skilled in C programming, ASPICE V-model, and testing using TPT, CANoe, and Trace32. Hands-on with powertrain systems, UDS diagnostics, and embedded debugging. Focused on delivering reliable, high-performance software for automotive applications.
• Worked on the Drivetrain module focusing on torque control, gear shift logic, and powertrain diagnostics in AUTOSAR-based embedded systems
• Involved in full V-model development lifecycle adhering to ASPICE SWE3–SWE6, including software design, unit testing, integration testing and validation.
Unit Testing:
• Experience in ASPICE SWE4 activities related to unit testing.
• Proficient in C programming language.
• Experienced in creating test plans and test cases based on software requirements and design specifications.
• Skilled in using the "Time Partition Testing" (TPT) tool and VectorCast tool for unit testing and verification.
• Proficient in identifying and resolving issues related to unit test coverage and performance.
• Experience in performing static code analysis using Astree (a3) tool and Polyspace tool to verify MISRA C guidelines.
• Experience in SUTC (Software Unit Test Cases) creation and performing test runs on Polarion.
• Proficient in using Polarion for requirement traceability and test case alignment.
• Automated test result aggregation and reporting workflows in Excel using Python, reducing manual effort and improving data accuracy.
Integration Testing
• Experience in ASPICE SWE5 & SWE6 activities involving integration testing.
• Hands-on experience with AUTOSAR configuration using Vector DaVinci – CVI tool.
• Skilled in debugging and integration testing using tools such as Trace32 and CANoe.
• Expertise in building and flashing the latest software using Lauterbach tools.
• Analyzing defects and identifying root causes effectively during integration testing.
• Performed smoke testing and fault implementation using Lauterbach Trace32 and CANoe to validate system functionality and reliability.
• Understanding of CAN protocol, UDS, AURIX Infineon microcontroller and AUTOSAR for system-level validation.
SWDD (Software Detailed Design)
• Experience in ASPICE SWE3 activities related to software architectural and detailed design.
• Developed and validated Software Detailed Design Documents (SWDD) in alignment with implemented code.
• Created flowcharts using Microsoft Visio to visualize control and data flow.
• Documented functions, interfaces, structures, enums and constants as part of SWDD.
Technical Skills: C, Autosar, CAN, UDS, Git
Tools: TPT, Astree, Trace32, CANoe, VectorCast, Polyspace, Jira, Polarion, Plastic ,MS Visio ,Github , VS Code
Certifications :
•Autosar Architecture (Learn from Scratch with Demo) https://www.udemy.com/certificate/UC-3fc871f4-2f11-47c9-a98f-46e9771ead79/ • Embedded C and AUTOSAR Overview https://www.udemy.com/certificate/UC-a47dae66-b484-4239-a786-9963505ee269/
• AUTOSAR DIAGNOSTICS (DEM, DCM, OBD, UDS, DOIP) https://www.udemy.com/certificate/UC-34f8618f-2525-46f1-8d4a-28cdc76ac4cb/